One of the devices of thermoregulation and temperature control is the thermostat, often used to avoid over-heating of the electric resistance inside the water heating system, causing damage within the structure.
Generally thermostats possess a mechanical or electronic device which aims to control the temperature peaks accurately. The simplified function mechanism means that mechanically actioned thermostats are preferred as they are easier to use and they break less. In systems where a more detailed control of temperature variations is necessary, electric thermostats are used.
Thermostats can be employed in different environments and the various models identify the ranges of temperature to which they can be exposed ranging from
thermostats that resist upto 100°C as in domestic systems, or models that deal with more elevated temperatures and that have to resist in corrosive environments with low pH values.
To guarantee efficient production standards, thermostats are subject to the EN 60730-I regulation that identifies all devices like/as thermostats that work inside water-heating systems and are subject to low tension. This regulation does not appear inside industrial systems as they have different regulations.
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